In a small development company, be it software or hardware, there is a lot of ad hoc solutions, and in many cases sub systems that are not connected. Perhaps one engineer is working on a heater upgrade and another on a piece of code for a PLC. Each person has the responsibility of their part of the development. If questions arise, people just talk to each other. This is a fast and really enjoyable way to work - in small enough teams and simple enough projects. That was what I saw at LSS the first time I was here.
Now we are a much bigger company and what we do is vastly more complex. The knowledge at LSS, if I may brag a little, is unique. In order to put the growing team’s growing knowledge to good use we needed to change the way we work. We did - and we do so continuously.
Changes are happening on several levels. The most obvious one for me is in tools and methods to improve software quality. We no longer keep track of versions manually. We don’t have to remember backups and we don’t have to wonder what software is in what machine. We have systems and methods for that.
So what used to be manually managed bits and pieces of code for different parts of the machines we develop, is now a slick and modern code repository, with automatic, encrypted backups, and standardized methods to use it. The goal of this is easy to grasp, and to justify the burden of getting used to it. Making sure we have the right information in the right place.
That goal is equally important on other levels. Perhaps the hardest one is how people in the company share information. Going from the small, fast, with no overhead development team to the larger, more complex, geographically spread team takes some determination. But it’s as necessary as proper backups. This is also done with tools and agreed upon methods, and a willingness to change as we go.
One level that’s of special interest to me is the treasure of information that we have in the machines. Both hard data and meta data. What used to be dull log files used to troubleshoot a build and then forgotten about, is now a part of valuable data that we can draw more in-depth conclusions from. Both from a single machine but more importantly from many. We are building systems to harvest insights and knowledge. Now manually – soon using machine learning.
The changes we are going through to meet the demands of our growth are what makes me truly believe in LSS. Being on board and being a part of this growth, these changes are a challenge. But it’s also really fun and rewarding. I have to stay sharp, and that keeps LSS sharp.
It’s is what makes the impossible possible.
This FARSOON HTS252P is a leasing return and barely two years old. This is a cost efficient alternative to buying a new machine. Of course, you can use our usual financing options.
The HTS252P is perfectly suited for printing smaller parts or in Research & Development since it is a compact and high-temperature SLS system. The machine reaches a build room temperature of up to 220°C and allows for the use of many typical materials like PA11 and PA12. This machine is parameter and material open – just like all of our machines.
This used HTS252P is a leasing return and was built in June 2017. The system has been maintenanced on a yearly basis by LSS and, therefore, is in very good condition. The delivery includes the generator and the chiller – so that you have everything necessary to start building. We are also happy to offer you the corresponding maintenance contract.
Machine data at a glance:
FARSOON HTS252P – Powered by LSS
LSS GmbH has been an exhibitors the Advanced Prototyping Solutions Meeting in Lyon, France. Surrounded by Additive Manufacturing experts from industrial companies, APS meetings is an efficient format to interact with the end user. This forum was a great opportunity to interact with international players from various industries, like automotive, aerospace, medical, consumer goods, transportation and electric & electronics.
This intimate format allows tackling concrete problematics received from the end user, concerning additive manufacturing. As a 3DP machine supplier, LSS held a conference introducing the RAPTOR Series and its unique ThermoMelt™ technology, which allows for the cost efficient production of 3D parts made of the high-performance polymer PEKK. It has been a great opportunity to present various cases studies and to show how ThermoMeltTM is the next step to closing the gap between Industrial Additive Manufacturing and conventional manufacturing technologies.
Minutes of the APS Meeting
There are not many places where you can listen to talks about cyborgs, design automation, heart valves and the energy chain – all within one conference. The AM-Forum Berlin quickly established itself as one of the major conferences for decision makers interested in AM technology in Germany. Within just three years, this conference became an important meeting point for interested parties across all industries.
In his presentation, Dipl.-Ing. Volker Seibicke answered the question where norms and standards for the AM field are coming from. This is especially interesting for internationally operating companies. In the past, there have not been many regulations for this rather new industry. This will change in the future and it is important to keep up with them.
Other presentations talked about medical applications for the AM technology and showed that the high flexibility and speed of this production process can help improve the life of people in need of prosthetics. Companies from a wide variety of industries presented their use of 3D-printed parts. This shows that AM is not limited to a specific application or industry. It can create value throughout the whole development and production process.
The AM-Forum is not just a place to meet potential clients but to also to catch-up with current clients and our supplier network. The presentation by BASF about “Innovative materials for today, tomorrow and the digital future” was especially interesting for us since we always stay up to date when it comes to new materials entering the market thanks to partners like BASF. In addition, it is always great to talk to our material supplier Lehmann & Voss. Our client Kegelmann exhibited their current innovations just across the hallway form us.
Overall, these two days set the tone for the rest of the year. They show the importance of Germany as a high-tech country.
On March 19 and 20, 2019, the seventh APS Meeting in Lyon takes place. The 2-day congress is dedicated to additive manufacturing, rapid prototyping and product development. Book a meeting with us now or listen to our presentation about the ThermoMeltTM technology.
APS (Advanced Prototyping Solutions) Meetings take place all over France. This series of business conventions focuses on Additive Manufacturing, 3D Printing, Rapid Prototyping and Product Development. Experts from a variety of industries discuss these topics in One-to-One meetings and workshops. The goal is to connect buyers and suppliers in a unique way via a special online platform. In 2018, APS organized more than 2.500 meetings for 345 international participants and 247 companies.
"The APS meeting is a unique B2B concept, that could be summarized like Agility, Professional, Straight to the point.", Ralph Rissé points out. "As a 3DP Machine producer this efficient format of 30 minutes meeting time with prebooked visitors drive us to qualitative interactions focusing on concrete problems to be solved. Also nice event in a great city Lyon , to be updated on the latest innovations and developments in this small 3D printing world."
We are especially excited for the presentation held by Ralph Rissé, Marketing & Business Development Director at LSS. The title of his talk is “ThermoMeltTM – The new 3D printing process for a greater industrial perspective of high-performance polymers” and it covers all there is to know about this innovative technology. You can listen to Ralph Rissé at 3pm on March 20, 2019.
Ralph Rissé summarizes the presentation: "Today, Polymer use in additive manufacturing is a dynamic field, driven by the need for high performance polymers to meet demanding technical requirements. ThermoMeltTM technology is the next step in AM , closing the gap with conventional Manufacturing technology, providing unreached isotropy, and Z direction performances to the 3D printed parts."
Book your One-to-One meeting now here:
For two days, on March 14 and 15, 2019, networking events, master classes, lectures and panel discussions as well as workshops about AM will take place. This year the program for over 700 conference attendees consists of more than 90 exhibitors and 40 sessions. Main topics are New Materials, Development & Design, Series Production & Additive Factory and Business Models.
"The AM Forum is very practice-oriented," explains Klaus Laubinger, Sales Director LSS. "The lectures show directly how new technologies and innovations are used in everyday business.” The combination of lectures, networking, workshops and exhibitions is also very popular and has led, among other things, to the Forum's great growth in such a short time.
Just like last year, LSS will be present with a booth. At Booth 49 we will be happy to answer your questions and explain how you can directly integrate our technologies in your company. Have a look!
Book your ticket here:
LSS Laser-Sinter-Service GmbH introduces its RAPTOR series at Formnext (Hall 3.1 Booth E31) and further establishes itself as an emerging leader in the field of laser based powder bed fusion of polymers by taking Additive Manufacturing (AM) to the next industrial level.
The new RAPTOR 84X-Q, designed in an unmatched modularity, provides game-changing performance and significant reduction of costs per part, especially for high performance polymers. Featuring a build envelope of 800x400x480mm³, the RAPTOR 84X-Q is the world’s first polymer laser sintering platform equipped with a quad laser/scanner system, which allows production rates never been seen before. A dual laser/scanner model will be available as RAPTOR 84X-D model.
The RAPTOR 22X-S is the high temperature entry-level alternative with its build envelope of 250x250x300mm3.
Both RAPTOR models, the 22X-S and the 84X, are designed for the future of AM and will be available in a “TM” version, featuring the Airbus patented ThermoMelt™ process for high-performance industrial parts, and seem likely to become the market reference.
“The combination of modularity, highest productivity and the new ThermoMeltTM process enables LSS to take the next big step in becoming a leading solution provider for Industrial Additive Manufacturing and highly demanding applications. The intrinsic features of our machines make high-performing, serial, and durable 3D printing a reality for our customers,” states Guido Elbrecht, CEO of LSS.
With an exceptional strength in Z direction, the RAPTOR TM-series delivers high-density parts at a cost structure unreached before. In the past, the use of high performance polymers required high process temperatures, which generated significant thermal aging of the polymer and made it almost impossible to re-use high-cost materials like polyetherketoneketone (PEKK), polyphthalamide (PPA) and polyphenylene sulfide (PPS). Operating at lower temperatures, ThermoMelt™ on the RAPTOR TM-series avoids the thermal aging and makes the recyclability of these polymers of up to 95% possible.
Hermann Hanning, CTO at LSS, added: “While designing the RAPTOR 84X-Q, we had typical LSS values in mind – be open, flexible, innovative and reliable. Thanks to its strict modular design, we can upgrade or modify the machine to match all process or application relevant requirements. This makes the RAPTOR series fit for the future and allows optimal integration and adaption according to the individual needs of each and every customer.”
As a laser sintering machine designer and producer, LSS targets added-value solutions for end-users. Open innovation is not an option anymore but a requirement. We collaborate with key industry leaders to seek new performing materials fitting our open systems to better serve un-matched demands in industries such as Automotive & Automation, Aerospace, Oil & Gas, Healthcare, Consumer Goods and Electronics.
™ ThermoMelt is a trademark of Airbus S.A.S.
LSS Laser-Sinter-Service GmbH selected ARKEMA Kepstan® PEKK material for its new RAPTOR 3D printing machines series to develop 3D Printing industrial applications in the field of E&E.
LSS and ARKEMA are cooperating to combine the differentiating features of the Thermomelt™ technology (details definition, accuracy and surface smoothness) and of Kepstan® PEKK (halogen free, low dielectric constant, high breakdown voltage) to serve the needs of the E&E industry.
The RAPTOR TM series features the Thermomelt™ technology, an Airbus patented AM process for high-performance industrial parts. This innovative technology is designed to become the market reference for homogenous mechanical performance, with a cost-effective use of high-temperature polymers.
ARKEMA Kepstan® PEKK is the material of choice in 3D printing for demanding industrial applications with a unique combination of excellent thermo-mechanical properties, superior chemical and fire resistance (low flame, smoke and toxicity).
"My previous experience on the 3D printing material business development side strengthened my conviction that the combination Machine/ Material is crucial. Being innovative means changing the rules, open innovation like the Z resistance delivered by RAPTOR TM is now a reality with LSS.” says Ralph Rissé, Marketing & Business Development Director at LSS.
LSS is exhibiting at Formnext 2018 (Hall 3.1 Booth E31) and with a strategy to upscale Additive Manufacturing (AM) to the next industrial level. This partnership helps to position LSS as an emerging leader in laser sintering machines for industrial applications.
™ ThermoMeltTM is a trademark of Airbus S.A.S.
® Kepstan is a registered brand of ARKEMA